wireless communication and networking by WilliamStallings Hai I'm Senthilkanth, doing MCA in Mepco Schlenk Engineering College.. The following presentation covers topic called Wireless Communication and Networking by WilliamStallings for BSc CS, BCA, MSc CS, MCA, ME students.Make use of it. This presentation agenda like,, Introduction Chapter 1: Wireless Comes of Age Chapter 2: Transmission Fundamentals Chapter 3: Communication Networks Chapter 4: Protocols and the TCP/IP Protocol Suite Chapter 5: Antennas and Propagation Chapter 6: Signal Encoding Techniques Chapter 7: Spread Spectrum Chapter 8: Coding and Error Control Chapter 9: Satellite Communications Chapter 10: Cellular Wireless Networks Chapter 11: Cordless Systems and Wireless Local Loop Chapter 12: Mobile IP and Wireless Access Protocol Chapter 13: Wireless LAN Technology Chapter 14: IEEE 802.11 Wireless LAN Standard Chapter 15: Bluetooth

1. Introduction
Chapter 1

2. Wireless Comes of Age
 Guglielmo Marconi invented the wireless
telegraph in 1896
 Communication by encoding alphanumeric characters
in analog signal
 Sent telegraphic signals across the Atlantic Ocean
 Communications satellites launched in 1960s
 Advances in wireless technology
 Radio, television, mobile telephone, communication
satellites
 More recently
 Satellite communications, wireless networking, cellular
technology

3. Broadband Wireless Technology
 Higher data rates obtainable with broadband
wireless technology
 Graphics, video, audio
 Shares same advantages of all wireless services:
convenience and reduced cost
 Service can be deployed faster than fixed service
 No cost of cable plant
 Service is mobile, deployed almost anywhere

4. Limitations and Difficulties of
Wireless Technologies
 Wireless is convenient and less expensive
 Limitations and political and technical difficulties
inhibit wireless technologies
 Lack of an industry-wide standard
 Device limitations
 E.g., small LCD on a mobile telephone can only
displaying a few lines of text
 E.g., browsers of most mobile wireless devices use
wireless markup language (WML) instead of HTML

5. Part One: Background
 Provides preview and context for rest of
book
 Covers basic topics
 Data Communications
 TCP/IP

6. Chapter 2: Transmission
Fundamentals
 Basic overview of transmission topics
 Data communications concepts
 Includes techniques of analog and digital data
transmission
 Channel capacity
 Transmission media
 Multiplexing

7. Chapter 3: Communication
Networks
 Comparison of basic communication
network technologies
 Circuit switching
 Packet switching
 Frame relay
 ATM

8. Chapter 4: Protocols and the
TCP/IP Protocol Suite
 Protocol architecture
 Overview of TCP/IP
 Open systems interconnection (OSI)
reference model
 Internetworking

9. Part Two: Wireless
Communication Technology
 Underlying technology of wireless
transmission
 Encoding of analog and digital data for
wireless transmission

10. Chapter 5: Antennas and
Propagation
 Principles of radio and microwave
 Antenna performance
 Wireless transmission modes
 Fading

11. Chapter 6: Signal Encoding
Techniques
 Wireless transmission
 Analog and digital data
 Analog and digital signals

12. Chapter 7: Spread Spectrum
 Frequency hopping
 Direct sequence spread spectrum
 Code division multiple access (CDMA)

13. Chapter 8: Coding and Error
Control
 Forward error correction (FEC)
 Using redundancy for error detection
 Automatic repeat request (ARQ) techniques

14. Part Three: Wireless Networking
 Examines major types of networks
 Satellite-based networks
 Cellular networks
 Cordless systems
 Fixed wireless access schemes
 Use of mobile IP and Wireless Access
Protocol (WAP) to provide Internet and
Web access

15. Chapter 9: Satellite
Communications
 Geostationary satellites (GEOS)
 Low-earth orbiting satellites (LEOS)
 Medium-earth orbiting satellites (MEOS)
 Capacity allocation

16. Chapter 10: Cellular Wireless
Networks
 Cellular wireless network design issues
 First generation analog (traditional
mobile telephony service)
 Second generation digital cellular networks
 Time-division multiple access (TDMA)
 Code-division multiple access (CDMA)
 Third generation networks

17. Chapter 11: Cordless Systems
and Wireless Local Loop
 Cordless systems
 Wireless local loop (WLL)
 Sometimes called radio in the loop (RITL) or
fixed wireless access (FWA)

18. Chapter 12: Mobile IP and
Wireless Access Protocol
 Modifications to IP protocol to
accommodate wireless access to Internet
 Wireless Application Protocol (WAP)
 Provides mobile users access to telephony and
information services including Internet and
Web
 Includes wireless phones, pagers and personal
digital assistants (PDAs)

19. Part Four: Wireless Local Area
Networks
 Examines underlying wireless LAN
technology
 Examines standardized approaches to local
wireless networking

20. Chapter 13: Wireless LAN
Technology
 Overview of LANs and wireless LAN
technology and applications
 Transmission techniques of wireless LANs
 Spread spectrum
 Narrowband microwave
 Infrared

21. Chapter 14: IEEE 802.11
Wireless LAN Standard
 Wireless LAN standards defined by IEEE
802.11 committee

22. Chapter 15: Bluetooth
 Bluetooth is an open specification for
wireless communication and networking
 Personal computers
 Mobile phones
 Other wireless devices

23. Internet and Web Resources
 Web page for this book
 WilliamStallings.com/Wireless1e.html
 Useful web sites, errata sheet, figures, tables, slides,
internet mailing list, wireless courses
 Computer Science Student Support Site
 WilliamStallings.com/StudentSupport.html
 Newsgroups
 comp.std.wireless
 comp.dcom.*